連続系シミュレーション言語を用いた原子力製鉄システムの動特性シミュレーター

概要

論文の詳細を見る
A dynamic simulator using the continuous system simulation languge (CSSL) was developed for a nuclear steelmaking process. This process uses the energy from a high temperature gas-cooled reactor and consists of four subsystems, nuclear reactor, high temperature heat exchanger, reducing gas making and reduced iron making systems, which are tied together by flows of heat and/or materials. In the conceptual design phase of this process, it was required to develop adequate design and evaluation methods to assure that it had sufficient compatibility among these subsystems and operational efficiency as an overall system while maintaining safety and reliability. Dynamic simulation of the process is necessary to evaluate the influences of anticipated disturbances and design parameters to the overall behavior and also to design the control system of the process. For this purpose a simulator for the dynamic behavior of the process, named DYNAP, was devised based on CSSL. The mathematical models used are built by physico-chemical principles. This paper describes the basic mathematical models used, the structure of the simulator, calculation procedure and simulation examples and also discusses the advantages of programming with the widely used continuous system simulation language.
日本シミュレーション学会の論文
1982-10-15